Why Security Is Critical in Enterprise Mobile App Development

Why Security Is Critical in Enterprise Mobile App Development
By: August 21, 2025

Mobile technology has become the backbone of modern enterprises. From custom business apps for employees to consumer-facing mobile services, organizations rely on mobile applications to drive productivity and engagement. However, with this reliance comes tremendous risk. Cyber threats targeting mobile platforms are surging, and the cost of a single breach can be devastating. In fact, research shows 78% of companies plan to boost security spending, as even one breach can cause major disruption. Whether it’s sensitive customer data or confidential business information, protecting enterprise mobile apps is no longer optional; it’s mission-critical

Even tech giants have experienced costly mobile app security lapses. For example, Slack, the workplace collaboration platform, once discovered a bug in its mobile invite link feature that unintentionally exposed hashed user passwords to other workspace members, prompting a mass password reset for affected users.

In another case, a 2021 breach of the ParkMobile enterprise parking app compromised personal information of 21 million users, although strong password encryption meant the attackers could not decrypt user credentials. These incidents underscore that the threat is very real and widespread. In fact, a recent analysis found that 85% of mobile apps have security or privacy vulnerabilities that can tarnish a company’s reputation and prompt regulatory action. No enterprise can afford to take mobile app security lightly. Robust security is essential to safeguard data, maintain stakeholder trust, meet legal obligations, and ensure business continuity in a digital economy. 

The High Stakes of Enterprise Mobile Security

Enterprise mobile applications often handle highly sensitive data, from financial records and personal customer details to intellectual property. A security lapse can expose this information to unauthorized parties, leading to catastrophic consequences. The average cost of a data breach hit $4.88 million in 2024, an all-time high that underscores the financial impact of poor security. But the damage goes beyond direct remediation costs. A breach can grind operations to a halt, erode customer loyalty, and tarnish a hard-earned brand reputation overnight. To understand why security is critical in enterprise mobile and web development, consider the following key reasons:

  1. Protecting Sensitive Data: Information is the lifeblood of an enterprise, be it customer records, financial data, or trade secrets. Strong security measures like encryption, access controls, and secure data storage ensures that confidential information isn’t easily exposed or stolen. By safeguarding data, companies avoid common exploit techniques and prevent leaks of valuable assets.
  2. Ensuring Regulatory Compliance: Industries such as finance, healthcare, and government are heavily regulated when it comes to data protection. Organizations must comply with laws like GDPR in Europe, HIPAA in healthcare, or PCI-DSS for payment data. Failure to secure applications can mean violating these regulations. Conducting regular security assessments and audits demonstrates due diligence to regulators. Aside from avoiding hefty fines (GDPR violations can incur up to €20 million or 4% of global turnover), a strong security posture maintains the trust of partners and clients who expect compliance with the highest standards. For instance, the largest GDPR fine to date, €1.2 billion against Meta in 2023, underscores regulators’ seriousness about data mishandling.
  3. Maintaining Operational Continuity: Enterprise mobile apps often support mission-critical processes. A cyberattack that compromises an app or its backend systems can disrupt operations leading to costly downtime and lost productivity. Upholding rigorous security standards reduces the risk of such disruptions. Strong access controls, redundancy, and incident response plans help ensure that even if one component is breached, the business can continue operating with minimal impact.
  4. Preserving Customer & Investor Trust: Users today are extremely concerned about privacy and security. In one survey, 85% of consumers said a company’s privacy policies influence their purchasing decisions. A publicized breach of an enterprise app can trigger PR crises, diminish user trust, and drive customers away. Likewise, investors lose confidence if a company appears unable to protect its assets. An effective security framework conveys professionalism and stability. Protecting customers’ data means protecting the company’s reputation and avoiding the churn and PR fallout that follows a security failure.

Enabling Innovation and Growth: In a fast-moving digital marketplace, enterprises need to continuously evolve their mobile offerings with new features and integrations. However, every new feature could introduce vulnerabilities if security isn’t baked in from the start. A robust security program, including continuous testing and code review, allows organizations to innovate safely. Teams can scale apps and adopt cutting-edge technologies (cloud, AI, etc.) knowing that security controls will keep new threats at bay. Security by design empowers the business to grow and transform without constantly worrying about unintended security gaps. 

Each of the above factors illustrates that security isn’t just a technical nicety it’s fundamental to business success in the mobile era. Next, we will delve into the core pillars of secure enterprise mobile development: encryption, compliance, and secure coding practices. Focusing on these areas helps enterprises achieve the protections and benefits outlined above.

Protecting Data with Strong Encryption

One of the foundational elements of mobile app security is encryption. Encryption is the process of converting data into an unreadable format (ciphertext) using cryptographic algorithms, such that only those with the correct decryption key can access the original information. In enterprise mobile development, robust encryption is critical both for data in transit (moving between the app and backend servers) and data at rest (stored on the device or in databases).

Why is encryption so vital? It acts as the last line of defense. Even if attackers intercept communications or access a device’s storage, properly encrypted data will appear as meaningless gibberish to them. For example, when the ParkMobile app suffered a breach affecting 21 million users, hackers obtained encrypted passwords but could not retrieve the actual credentials since they did not have the keys to decrypt them. In that case, strong encryption ensured that sensitive user data remained secure despite the break-in. Conversely, weak or absent encryption leaves data dangerously exposed, as one analysis put it, insufficient encryption makes user data much more susceptible to theft

Modern encryption standards are extremely robust. The industry-standard Advanced Encryption Standard (AES) is widely regarded as one of the most secure and efficient algorithms for mobile app encryption. With 256-bit AES encryption, even a powerful computer would take an inconceivable amount of time to brute-force decipher the data. Enterprises should employ AES-256 or similarly strong encryption for any sensitive data their mobile apps handle, from personal identifiers and authentication tokens to financial information.

Equally important is using encryption for data in transit. Enterprise mobile apps must enforce transport level security (TLS/SSL) so that any communication between the app and servers is encrypted. This prevents man-in-the-middle attacks where an eavesdropper could sniff network traffic. By enforcing HTTPS for all API calls and using up-to-date TLS protocols, developers ensure that data sent over Wi-Fi or cellular networks cannot be read or tampered with by outsiders. For especially sensitive use cases, enterprises may even implement end-to-end encryption (E2EE), ensuring data is encrypted on the sender’s device and only decrypted on the intended recipient’s device. Even the servers that relay the information cannot decipher it, providing an extra layer of confidentiality often seen in secure messaging apps. 

Encryption needs to be complemented with proper key management and secure key storage. Storing encryption keys in plaintext or within the app’s code can nullify the benefits of encryption; attackers who decompile the app could find the keys. Best practices include using the device’s secure hardware keystore (e.g., iOS Keychain or Android Keystore) to store cryptographic keys and never hard-coding secrets directly in the app. Keys should be rotated periodically and protected with strict access controls on backends. 

It’s worth noting that encryption is not just about algorithms but also correct implementation. Developers should leverage well-vetted cryptographic libraries rather than writing custom crypto code. Misconfigurations (such as using outdated cipher suites or poor random number generation) can introduce weaknesses. Many enterprises adopt FIPS 140-2 certified libraries or other compliance-approved cryptographic modules for additional assurance, especially in regulated industries.

Beyond protecting data confidentiality, robust encryption also helps organizations meet privacy obligations and compliance requirements. Many data protection regulations explicitly or implicitly mandate encryption for sensitive information. For instance, GDPR encourages pseudonymization and encryption of personal data to mitigate risk in the event of a breach. In some sectors, encryption is effectively required, e.g., healthcare apps dealing with patient information under HIPAA should ensure data is encrypted in transit and at rest to be considered secure. 

In summary, strong encryption fortifies enterprise mobile apps against data theft. By transforming data into unreadable ciphertext, encryption upholds confidentiality and integrity, giving users and enterprises peace of mind that their critical information won’t fall into the wrong hands. Enterprises should also ensure the devices running these apps are secure. Using Mobile Device Management (MDM) solutions, organizations can enforce full device encryption at the OS level, require strong device authentication (such as PIN or biometric unlock) for app access, and remotely wipe corporate data from lost or stolen phones. These measures complement app-level encryption by protecting the broader environment in which the mobile app operates, adding yet another layer of defense. 

Meeting Compliance and Regulatory Requirements

Security in enterprise mobile development isn’t just a good practice; in many cases, it’s a legal obligation. Enterprises operate under a web of data protection laws and industry regulations worldwide that dictate how sensitive information must be handled. Ensuring mobile apps conform to these requirements is a core reason why a security-first approach is critical. Consider some of the major regulations affecting mobile applications:

  • GDPR (General Data Protection Regulation): This EU law applies to any app handling personal data of EU residents, regardless of where the business is located. GDPR mandates strict protection of personal data and privacy by design. Companies must implement technical measures (like encryption and access controls) and organizational processes to safeguard user data, and they must report breaches promptly. The penalties for non-compliance are massive; regulators can levy fines up to €20 million or 4% of worldwide annual revenue, whichever is higher. A stark example is the €1.2 billion (~$1.3 billion) fine given to Meta (Facebook) in 2023 for GDPR violations related to data transfers. Such cases highlight that authorities are willing to come down hard on firms that don’t secure user information.
  • HIPAA (Health Insurance Portability and Accountability Act): In the United States, HIPAA protects medical records and health information. Any mobile app that deals with electronic protected health information (ePHI)for instance, an app for a hospital, clinic, or health insurance provider must implement comprehensive security controls. This includes data encryption, user authentication, audit logging, and other safeguards to ensure patient data confidentiality. Breaches can result in hefty fines and legal liability, not to mention loss of patient trust. In healthcare, compliance-driven security is not optional; it’s literally a matter of patient safety and privacy given the sensitivity of health data.
  • PCI-DSS (Payment Card Industry Data Security Standard): Although not a law, this industry standard is mandatory for any application processing credit card payments. Enterprise mobile apps that handle payments or store credit card info must comply with PCI-DSS requirements such as encrypting cardholder data, never storing sensitive authentication data, and undergoing regular security testing. Non-compliance can lead to severe penalties from payment processors and banks and could even cost a company the ability to process credit cards. Adhering to PCI-DSS through secure coding and network security is therefore critical for fintech and e-commerce mobile apps. 
  • SOX and Financial Regulations: Financial services firms often have to follow regulations like the Sarbanes-Oxley Act (SOX) for financial data integrity, as well as guidelines from bodies like the SEC or FINRA. Mobile apps used internally for financial reporting or by banking customers must maintain high security standards to satisfy these rules. Additionally, standards like ISO/IEC 27001 provide a framework for information security management that many enterprises adopt to systematically address risks and compliance requirements. 
  • CCPA and Global Privacy Laws: Privacy regulations are proliferating worldwide beyond the well-known frameworks. For example, the California Consumer Privacy Act (CCPA) in the U.S. (along with its updated California Privacy Rights Act) and Brazil’s Lei Geral de Proteção de Dados (LGPD) impose strict requirements on how personal data is handled. Many of these laws mandate “reasonable security practices” to safeguard personal information and give individuals rights to control their data. An enterprise mobile app that suffers a breach could run afoul of such laws, leading to state level penalties or consumer lawsuits. By maintaining strong security measures universally, enterprises better ensure compliance with the growing patchwork of privacy regulations across different regions.

Aside from specific regulations, enterprises often have to contend with cross-border data transfer rules. Mobile apps with global user bases must navigate data residency and transfer laws (for example, GDPR’s restrictions on exporting personal data outside the EU without safeguards). Security measures like encryption and pseudonymization can facilitate compliance by reducing exposure of personal data. Companies also need clear data handling policies, e.g., ensuring that sensitive data collected via the app is minimized, properly stored, and deleted when no longer needed, as required by laws.

Meeting compliance in mobile and e-commerce development goes hand-in-hand with strong security practices. Regulators typically expect organizations to follow industry best practices as part of compliance. For example, regular security audits and penetration testing of mobile apps demonstrate due diligence to auditors. Documenting secure development processes and training developers on security also supports compliance, as many frameworks (like SOC 2 or ISO 27001) require evidence of a security-aware development lifecycle. 

Another consideration is avoiding legal fallout and business disruptions. If an enterprise mobile app is found noncompliant or is breached, the company may face lawsuits in addition to regulatory fines. For instance, a breach exposing consumer data could trigger class-action litigation for negligence if the app is shown to have substandard security. Compliance, therefore, is not just about avoiding penalties; it’s about shielding the company from a cascade of consequences that follow a security incident. 

Finally, compliance can be a business enabler. Companies that rigorously adhere to security regulations often find it easier to do business with enterprise clients and government agencies that demand proof of strong security controls. A clean compliance record and relevant certifications become selling points, giving your enterprise a competitive edge by assuring customers and partners that their data will be handled safely and responsibly.

In sum, the importance of security in enterprise mobile development is amplified by the need to comply with laws and standards. Enterprises must weave compliance requirements into the fabric of app development, from architectural decisions (e.g., encrypting personal data fields) to coding practices and deployment processes, to avoid penalties and to operate ethically. By doing so, they not only avert costly fines but also build trust with users, who know the company takes data protection seriously. 

Implementing Secure Coding Practices

Even the strongest encryption or strictest compliance policies can be undermined by one weak link: vulnerable application code. That’s why secure coding practices are a cornerstone of enterprise mobile development. Secure coding means designing and writing app code from the ground up with security in mind  effectively baking in defenses to prevent bugs and logic flaws that attackers could exploit. Given that studies have found over 75% of applications have at least one security flaw (and 61% contain high severity vulnerabilities), it’s imperative for development teams to adopt secure coding standards to reduce risk. Key secure coding practices for enterprise mobile apps include:

  • Validate All User Input: Never trust input from users or external sources without verification. The app should check and sanitize any data users enter, whether through form fields, file uploads, or API responses, before processing it. This practice prevents attacks like SQL injection and cross-site scripting (XSS), where attackers attempt to inject malicious code via inputs. By ensuring only valid, expected data enters the system, developers protect both the app and its users. 
  • Encrypt Sensitive Data: Encryption isn’t just a backend concern; it should be applied within the app wherever sensitive data is handled. Developers must encrypt data both at rest and in transit within the mobile app context. For example, if the app caches personal information or credentials on the device, it should use the platform’s secure storage (which encrypts data by default). Any communication between the app and servers should use TLS/HTTPS. By making encryption ubiquitous, even if an attacker somehow intercepts or accesses stored data, it remains unintelligible and useless to them. 
  • Use Strong Authentication & Authorization: Secure coding involves implementing robust user authentication and session management. Ensure the app properly verifies user identities (e.g., via secure password handling or federated login) and uses strong authentication methods like multi-factor authentication (MFA) for highly sensitive apps. Equally important is authorization; the app’s code should enforce role-based access controls so users only access features and data they’re permitted to. Never assume the client-side will handle access control; always have server-side checks to enforce permissions on any sensitive operation.
  • Avoid Hardcoding Secrets: One common pitfall is embedding secrets (API keys, tokens, passwords, cryptographic keys) directly in the app’s source code. If attackers decompile or inspect the app, they can extract these secrets and compromise backend systems. Instead, store such secrets securely on the server or in secure storage and fetch them when needed. Never hardcode sensitive information into the codebase. If certain keys must reside on the device, use secure storage mechanisms and consider additional obfuscation. The goal is to make it as difficult as possible for an attacker to find any secret material.
  • Conduct Regular Code Reviews: Even skilled developers can overlook vulnerabilities in their own code. Establish a process of peer code reviews where multiple developers examine code changes for potential security issues. Automated static analysis tools can also scan the source for known insecure patterns (like using outdated cryptography or mishandling user input). By catching issues early in the development phase, code reviews drastically reduce the number of flaws that make it into production. 
  • Test for Vulnerabilities (Penetration Testing): Beyond reviewing code, it’s crucial to test the running application for weaknesses. Security teams or third-party experts should perform penetration testing on the mobile app (and its backend APIs) to simulate real-world attacks. This can reveal issues like authentication bypasses, insecure data storage, or logic flaws that aren’t obvious from code inspection alone. Regular vulnerability scanning and penetration tests, especially before major releases, let developers fix issues proactively before attackers find them.
  • Manage Dependencies and Libraries: Modern apps rely on third-party libraries and SDKs. Secure coding means being mindful of these dependencies. Use reputable libraries, keep them updated to pick up security patches, and remove any unused or deprecated components. Be cautious with library permissions; for example, avoid including an SDK that requests excessive device permissions unrelated to your app’s function. A vulnerable third-party component can become an entry point for attackers, so treat dependency management as part of your security strategy. 
  • Secure Data Handling and Storage: Ensure that the app handles data safely at all points. This includes not logging sensitive data (so that logs can’t leak secrets), properly using secure APIs for credential storage (e.g., Android’s Account Manager or iOS Keychain), and clearing sensitive data from memory when not needed. If the app uses local databases or files, apply encryption to those as well. Also, implement session timeouts and token invalidation for user sessions; for instance, log users out after a period of inactivity and require re-authentication, which limits the window for an attacker to misuse an active session. 

By adhering to these secure coding practices, enterprise developers can significantly reduce the risk of vulnerabilities slipping into production. The goal is to make the app resilient against attacks by design. This proactive approach not only protects the enterprise and its users from breaches but also has business benefits: a securely coded app is more stable and easier to maintain. It saves the company from emergency patching after a security incident and from the embarrassment and expense of dealing with breaches publicly. As the old adage goes, “Fix vulnerabilities before attackers find them.” Proactive secure coding is far cheaper and safer than reacting after the fact. 

Moreover, emphasizing security in the development lifecycle helps fulfill compliance requirements (many regulations call for “appropriate technical measures” in software and ultimately benefit everyone. developers, users, and the business. It ensures the enterprise mobile app is not just feature-rich but also trustworthy and robust against threats. Developers can also reference industry guidelines like the OWASP Mobile Security Top 10, which enumerates the most common mobile app vulnerabilities. This list (covering issues from insecure data storage to weak authentication) can serve as a checklist to ensure the app addresses all known risk categories. By staying informed through resources like OWASP and continuously updating their knowledge, development teams can strengthen the app’s defenses in line with evolving threats.

Importantly, all these measures should be woven into a Secure Development Lifecycle (SDL) for the application. In practice, this means incorporating security from the earliest stages, conducting risk assessments and threat modeling in the planning phase, designing with secure architecture patterns, enforcing secure coding during development, rigorously testing for vulnerabilities before release, and continuously patching and updating the app during maintenance. This DevSecOps approach ensures that security is not a one-off box to check but an ongoing commitment throughout the app’s life. By making security a continuous part of the development culture, enterprises can stay ahead of emerging threats and maintain a robust security posture over time.

Empyreal Infotech A Leader in Secure Enterprise Software Delivery

When it comes to exemplifying these principles in the real world, Empyreal Infotech stands out as a leader in secure enterprise mobile development. Based in Wembley, London, Empyreal Infotech is recognized for delivering advanced cloud-based platforms and innovative mobile applications to clients globally along with IT consultation. Under the guidance of CEO Mohit Ramani, co-founder of design and branding ventures Blushush which is among the top webflow agencies and Ohh My Brand a personal branding company, the company has built a reputation for software excellence with security at its core. 

Empyreal Infotech’s approach aligns closely with the best practices outlined above. As an enterprise-focused development firm, they understand that clients entrust them with projects involving highly sensitive data and mission-critical functionality. From day one of any engagement, Mohit Ramani’s team emphasizes “security by design.” This means that threat modeling, compliance checks, and rigorous code reviews are integrated into the development lifecycle, not treated as afterthoughts. By harmonizing technical development with creative design and strategic planning early in a project, Empyreal ensures that security and quality go hand in hand, an approach echoed by Mohit Ramani’s philosophy that early integration of Critical elements significantly improve product outcomes. 

As part of its recent strategic partnership, Empyreal Infotech even introduced a shared project management system with unified timelines, standardized documentation, and a centralized client portal. This level of process discipline simplifies client interactions and eliminates many inefficiencies or oversights (including security-related ones) that can occur when juggling multiple vendors or teams. In practice, the streamlined approach means fewer gaps in requirements and implementation, translating to fewer security blind spots and a consistently high-quality outcome for clients.

One area where Empyreal Infotech particularly shines is in encryption and cloud security architecture. Given the company’s expertise in cloud-native platforms, they leverage state-of-the-art encryption for data in transit and at rest across all their solutions. Enterprise clients, especially in sectors like fintech and healthcare, benefit from Empyreal’s stringent adherence to encryption standards and key management best practices. This is crucial when projects involve handling financial transactions or personal health data (domains where privacy and compliance are paramount). Empyreal’s global delivery of mobile apps often includes cloud deployments, so they implement end-to-end encryption from the mobile front-end to cloud backend services, ensuring data remains protected throughout its journey.

Another hallmark of Empyreal Infotech’s leadership is their commitment to regulatory compliance in software delivery along with SEO services as well. Operating internationally, the firm is well-versed in navigating the complex landscape of data protection laws. Whether it’s ensuring a European client’s app is GDPR-compliant or building a HIPAA-compliant mobile portal for a healthcare provider, Empyreal bakes compliance requirements into the project plan from the start. Their internal processes include regular security audits and thorough documentation, giving enterprise clients confidence that any solution delivered will pass security assessments and meet regulatory scrutiny. This proactive stance on compliance not only avoids legal pitfalls but also accelerates clients’ time-to-market by preventing rework that would be needed to address security gaps later.

Crucially, Empyreal Infotech fosters a culture of secure coding among its custom software development teams. Mohit Ramani, with his extensive background in tech entrepreneurship, champions ongoing developer training in cybersecurity and the latest threat trends. Teams at Empyreal employ practices like peer code reviews for every sprint, automated static analysis in their CI/CD pipeline, and comprehensive testing (including third-party penetration testing for critical apps) before any app is deployed. By maintaining these high standards, Empyreal minimizes vulnerabilities in the software it builds. The result is robust enterprise mobile apps that clients can roll out with confidence, knowing they have been crafted and vetted by security-conscious professionals. Empyreal Infotech’s leadership in secure enterprise software delivery is also evident in its project portfolio. 

The firm has tackled projects in fintech, e-commerce, and healthcare technology, among othersall sectors where security is non-negotiable. For instance, fintech applications require secure handling of financial data and compliance with standards like PCI-DSS, while healthcare apps demand HIPAA compliance and absolute privacy for patient information. By successfully delivering solutions in these spaces, Empyreal demonstrates its ability to meet stringent security requirements. The company’s collaborative partnerships (such as its strategic alliance with branding agency Ohh My Brand and design studio Blushush) further enhance its offerings by uniting development, UX design, and branding expertise under one roof, all while maintaining a sharp focus on security through shared best practices.

Mohit Ramani’s dual role as a tech CEO and co-founder in creative industries is a unique asset; it means he approaches enterprise software with both technical rigor and a user-centric perspective. He understands that security in an enterprise app should never come at the expense of user experience. Through Empyreal’s integrated approach, they achieve both. The company is a prime example of how embracing security can be a competitive advantage. In an era when clients fear data breaches and compliance missteps, Empyreal Infotech provides peace of mind by delivering secure-by-design software solutions. Their leadership shows that with the right expertise and mindset, enterprise mobile development can achieve high levels of innovation, usability, and security simultaneously. 

Conclusion

In today’s hyper-connected world, security is the bedrock of enterprise mobile app development. The stakes could not be higher: a single vulnerability can lead to financial losses, legal penalties, operational disruptions, and irreparable damage to customer trust. We’ve explored how core pillars like encryption, regulatory compliance, and secure coding practices work together to mitigate these risks and create a strong security posture. By encrypting data end-to-end, enterprises shield sensitive information from prying eyes. By adhering to compliance mandates, they avoid fines and uphold user expectations. By enforcing secure coding at every step, they drastically reduce the chances of breaches in the first place.

Achieving strong mobile security does require effort and investment, but it is ultimately far less costly than dealing with the fallout of a breach. As one industry expert noted, security has become “the new cost of doing business” in the digital age, a necessary investment akin to quality control or insurance. 

Forward-looking organizations treat security as an integral part of their product’s value. In fact, enterprises can turn security into a competitive advantage by building trust with users and partners. Those who prioritize robust security in mobile development will be the ones to thrive in an environment where threats are ever-present and customer expectations for privacy are at an all-time high. For enterprises embarking on mobile app projects, the message is clear: make security a priority from day one. Incorporate the best practices discussed, from using strong encryption and following compliance frameworks to training developers in secure coding and DevSecOps. Engage experienced partners or leaders in secure software delivery if needed, as their expertise can be invaluable. By doing so, enterprises will not only answer the question of “Why is security critical?” with a resounding affirmation, but they will also set their mobile initiatives on a course for long-term success, resilience, and global trust. In the world of crm development and enterprise mobile development, security is not just critical; it is the key to sustainable innovation and growth. For more details contact Empyreal Infotech now! 

About Bhavik Sarkhedi
Bhavik Sarkhedi
Bhavik Sarkhedi is the founder of Write Right and Dad of Ad. Bhavik Sarkhedi is an accomplished independent writer, published author of 12 books, and storyteller known for his prolific contributions across various domains. His work has been featured in esteemed publications such as as The New York Times, Forbes, HuffPost, and Entrepreneur.
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