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To the edge: Strategies to adopt edge computing in your organization

Does your org need edge computing? Learn why organizations include it in their hybrid cloud strategy and how to navigate this digital transformation.

Sep 11, 2024 • 5 Minute Read

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  • Tech Operations
  • Business & Leadership

As organizations look to optimize their IT infrastructure, secure their data, and reduce latency, edge computing emerges as a critical component of modern hybrid multi-cloud and on-premises computing strategies.

In this article, I explain why edge computing is on the rise and how to prepare your organization for this digital transformation.

Why is edge computing on the rise?

Edge computing refers to the practice of processing data closer to where it's generated, rather than sending it to a centralized cloud or on-premises data center. This approach reduces latency, improves real-time decision-making, and enhances user experiences.

Several factors have contributed to the resurgence of edge computing.

1. 5G networks and Internet of Things (IoT) devices create more data needs

5G networks and IoT devices have created a massive influx of data that needs to be processed in real time. Edge computing provides an ideal solution for processing this data closer to its source, reducing latency and enabling faster decision-making.

2. Organizations are adopting hybrid cloud strategies

Organizations that rely solely on public cloud infrastructure or on-premises data centers may face limitations. Edge computing offers a hybrid approach that combines the benefits of on-premises computing with the scalability of the cloud.

3. Organizations face a growing number of cybersecurity threats

Relentless data breaches and cyberattacks have led organizations to rethink their security strategies. Edge computing adds a layer of security by processing sensitive data closer to its source and reducing the risk of data breaches.

4. Organizations are looking for ways to optimize data costs

Because edge computing processes data locally, it can help organizations reduce costs associated with data transmission, storage, and processing.

5. Organizations want to implement GenAI

Due to the explosion of AI (generative AI specifically), a lot of organizations are looking for safer and more cost-effective ways to run their AI implementation or infrastructure. Edge computing plays a significant role in this area.

Is computing at the edge right for your organization?

Follow these steps to determine whether edge computing should be part of your cloud strategy. 

  1. Assess your current infrastructure: Evaluate your current IT infrastructure to determine whether edge computing is a viable solution for your organization. 
  2. Research edge computing solutions: Explore various solutions and vendors to find the best fit for your business needs.
  3. Develop an edge computing strategy: Develop a comprehensive strategy for implementing edge computing in your organization, including process changes and employee training.
  4. Create an environment to adopt edge: Create an environment where engineers can validate use cases for edge computing. A good example would be inference at the edge. Due to the cost of running and training models in the cloud, the edge can play a significant role in cost savings, faster response times, and improved security for an organization.

Creating an edge computing strategy: 5 key components

Like any digital transformation, adopting edge computing can create culture shock and new knowledge gaps. Consider these components to successfully navigate this shift and implement edge networking in your organization.

1. Secure key stakeholder buy-in

Secure unwavering support from top management. They’ll champion the change and set the tone for a data-driven, agile culture that trickles down to the rest of the organization.

2. Start with value-based projects

Demonstrate the value of edge computing through small, manageable projects that yield tangible results and build momentum for wider adoption.

3. Form cross-functional teams

Break down departmental silos by creating cross-functional teams that collaborate closely, share knowledge, and work towards a common goal.

4. Provide continuous employee training and communication

Provide ongoing communication about the benefits, challenges, and evolving landscape of edge computing. Offer comprehensive training programs to equip employees with the necessary skills for success in this new environment.

5. Reward innovation and collaboration

Recognize and reward individuals and teams who embrace new ways of working, contribute to the successful adoption of edge computing, and foster a culture of innovation and collaboration.

Remember, culture change is a continuous journey, not a destination. Patience, persistence, and a genuine commitment to fostering a data-driven, collaborative work environment are essential to navigating this transformation and unlocking the full potential of edge computing.

How to navigate change management for edge computing

Shifting your organization to the edge requires more than installing new hardware and software—it demands a significant cultural transformation and change management.

These tips will help you navigate the organizational change edge computing requires.

Empower decentralization for faster decision-making

Traditional enterprises often use centralized decision-making models. Edge computing empowers local teams to make faster, more informed decisions based on real-time data captured at the edge. This shift requires leaders to change their mindset and trust individuals and teams with greater autonomy and accountability.

Break down silos

When data flows to a centralized hub, it can create departmental silos and hinder collaboration. Edge computing shatters this paradigm by pushing processing closer to the data source. This requires a culture of shared responsibility and open communication, one where teams across departments (like IT, operations, and marketing) work together to share data and insights in real time.

Embrace agility and experimentation

In an edge computing environment, the rigid, lengthy deployment cycles of the past give way to a culture of agility and experimentation. Rapid prototyping and deployment become the norm, which means teams need to embrace change, learn from failures, and iterate quickly. This agile approach requires continuous learning and adaptation.

Cultivate new tech skills

Edge computing demands new skills like edge application development, security, monitoring, and data analysis at the edge. To meet this need, organizations must invest in training programs and upskilling initiatives to bridge the gap and evolve traditional IT roles.

Adopt a data-driven culture

Real-time insights generated at the edge become the cornerstone of decision-making. To make the most of this data, organizations need to cultivate a data-driven culture that fosters data literacy, analysis, and visualization skills across all levels of the organization.

Open communication and transparency

To ensure everyone understands the benefits, challenges, and implications of computing at the edge, organizations need open communication channels and transparency. This includes clear communication about roles, responsibilities, and the evolving landscape of edge technologies.

Wrapping up: Discover more edge computing resources

The resurgence of edge computing is a response to evolving data processing, security, and cost savings needs. By understanding the benefits and limitations of edge computing, organizations can successfully adopt and integrate it into their existing IT infrastructure.

Learn more about edge computing:

Obinna Amalu

Obinna A.

Obinna Amalu is a seasoned Engineer/Architect and Senior Executive Leader with expertise in traditional infrastructure and Google Cloud Platform (GCP). He leads high-performing engineering teams in designing, building, and supporting cloud-native and Hybrid Multi-Cloud (HMC) solutions. Obinna is a dedicated mentor and coach, driving the growth of junior engineers into well-rounded technologists. Notable achievements include contributing to the successful rollout of Google Distributed Cloud Connected, an edge solution developed by Google to support various use cases, including Edge AI. His leadership and technical expertise continue to drive innovation in cloud infrastructure and digital transformation initiatives.

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