Full Report
Like most businesses, you probably have competing priorities: increasing revenue, developing new products and services, hiring new talent and expanding to new markets, to name a few. With so many critical demands, the technology your business is using can easily […] The post Top 5 Reasons To Upgrade Your Business Technology Now appeared first on Lumen Blog.
Analysis Summary
# Main Topic
The necessity for businesses to upgrade existing, aging technology infrastructure to remain competitive, secure, and capable of supporting modern business objectives such as innovation, hybrid work, and superior customer experience. The core finding is that outdated technology actively hinders business growth and efficiency.
## Key Points
- **Prevalence of Aging Assets:** 71% of organizations report having aging or obsolete network assets, and 80% feel outdated technology is hindering innovation efforts (Source: NTT DATA).
- **Competitive Necessity:** Maintaining current technology is crucial for enabling innovation, achieving cost efficiencies, and providing a competitive edge in the marketplace.
- **Cost of Stagnation:** While upgrading involves cost, maintaining older technology can lead to escalating long-term maintenance expenses and missed opportunities for productivity gains (e.g., from AI adoption).
- **Business Enablers:** Modern technology supports scalable growth, hybrid work models, and advanced functions like AI chatbots and predictive analytics for customer experience.
## Threat Actors
- No specific malicious threat actors (like APT groups or cybercriminals) are detailed in this report. The threat is framed as **Technological Obsolescence** leading to security vulnerabilities, rather than an active cyber campaign.
## TTPs
Since the context discusses business technology risks rather than active cyber campaigns, TTPs relate to security weaknesses inherent in outdated systems:
- **Outdated Security Protocols:** Older systems inherently possess security protocols that are insufficient against emerging threats.
- **Inability to Integrate Modern Controls:** Aging networks may lack the framework to support modern security architectures like SASE (Secure Access Service Edge).
## Affected Systems
- **Network Infrastructure:** Specifically systems that are five or six years old or older, lacking modern capabilities like scalability and flexible bandwidth procurement (e.g., Network-as-a-Service models).
- **Security Tools:** Systems running outdated security protocols making them vulnerable to breaches.
- **Productivity Platforms:** Systems incompatible with modern tools such as Artificial Intelligence (AI) applications and robust hybrid work enablement tools.
## Mitigations
The primary mitigation is proactive technology lifecycle management and upgrading:
1. **Network Modernization:** Evaluate and replace aging network infrastructure (5-6 years old) to leverage faster, more reliable communication, bandwidth-on-demand, and Network-as-a-Service (NaaS) models.
2. **Security Protocol Updates:** Upgrade to modern security systems, potentially leveraging integrated solutions like SASE Networking, to safeguard against current threats and streamline vendor management.
3. **Adoption of Cloud/Modern Services:** Migrate to newer, often cloud-based services offering better efficiency, scalability, and pay-as-you-go cost models.
4. **Strategic Tool Integration:** Implement technologies that foster innovation, such as AI chatbots and predictive analytics, which require modern foundational infrastructure.
## Conclusion
Failing to upgrade technology represents a significant business risk, impeding innovation and compromising security posture as evidenced by the high percentage of organizations running obsolete assets. Prioritizing infrastructure lifecycle management using modern frameworks (like SASE and NaaS) is essential for securing competitive advantage, improving operational efficiency, and enabling future business growth.
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*Note: As this summary is derived from an article focused on business justification for technology upgrades (not a traditional threat intelligence report), sections for specific IoCs, threat actors, and detailed malicious TTPs are populated with the inherent security risks/technologies mentioned.*