Sustainability & AI
Saving the Planet, One Algorithm at a Time! You all know I love high-performance computing, but recently I’ve been thinking
Building The Case for HPC
Traditionally upfront costs of HPC hardware were the main focal point for investment. However, it’s essential to recognise that HPC is much more and a successful business case requires a more holistic approach. We help you identify the value proposition on HPC and the benefits brought to your organisation:
- Increased Revenue Projections: HPC accelerates product development cycles, allowing you to bring innovative products to market faster and capitalise on new opportunities.
- Reduced Costs: HPC simulations can optimise designs, leading to more efficient products and reduced manufacturing costs. Additionally, faster data analysis allows for proactive maintenance and prevents costly downtime.
- Enhanced Decision-Making: HPC empowers data-driven decision-making across the organisation. Faster access to insights from complex data empowers leaders to make informed choices that drive strategic advantage.
- Improved Efficiency: HPC streamlines workflows, optimises resource utilisation, and accelerates computational tasks, leading to significant efficiency gains across your operations.
Building a Winning Business Case with Red Oak Consulting
Developing a robust business case for HPC requires expertise and a deep understanding of your specific needs. Red Oak Consulting offers a comprehensive suite of services to support you in crafting a compelling case:
- Needs Assessment: We work closely with you to understand your current workflows, identify areas where HPC can deliver the most significant impact, and quantify the potential benefits.
- Benchmarking Services: Experience the power of HPC first hand through our benchmarking services, allowing you to quantify the performance gains you can expect.
- Cost-Benefit Analysis: We help you create a comprehensive cost-benefit analysis that clearly demonstrates the ROI achievable with your HPC investment.
- TCO Analysis: We help you create a detailed TCO analysis, providing a clear picture of the true cost of ownership associated with your HPC solution.
- Future-Proofed Solutions: We design HPC solutions with scalability and flexibility in mind, ensuring your investment continues to deliver value over time.
Architecture Design
We help organisations develop the optimum HPC architecture design for unparalleled performance.
Financial Planning
Our financial services include TCO analysis, cost-benefit analysis and best practices.
AI Strategy
We are dedicated to helping our clients navigate the complexities of HPC & AI in order to unlock its full potential.
Cloud Computing Strategy
Our Cloud computing experts help your organisation maximise the capabilities of cloud computing .
Security Strategy
We help our clients develop effective holistic risk management plans to safeguard their organisation.
Architecture Design
We help organisations develop the optimum HPC architecture design for unparalleled performance.
Financial Planning
Our financial services include TCO analysis, cost-benefit analysis and best practices.
AI Strategy
We are dedicated to helping our clients navigate the complexities of HPC & AI in order to unlock its full potential.
Cloud Computing Strategy
Our cloud computing experts help your organisation maximise the capabilities of cloud computing .
Security Strategy
We help our clients develop effective holistic risk management plans to safeguard their organisation.
With unparalleled experience in deploying major, multi-million-pound systems worldwide, Red Oak Consulting stands as a leader in the field.
0
+
High-Performance Computing projects delivered
0
%
HPC projects delivered on time
0
+
HPC procurements ranging from £100K to £500 million
0
%
Proven track record of customer satisfaction
0
+
HPC in the Cloud projects
Certifications
Latest News
Supercomputers, No Cape Required
The Accessible World of HPC Supercomputers sure do grab headlines and solve some of the world’s largest problems, but being
A Red Oak Consultants Journey in Materials Characterisation
Introduction It’s mid-2013 and I have just graduated with a physics degree. I really enjoyed the theoretical component, but the
