Jacob Feldman
When clients ask if there's a simpler way to deliver graphics-intensive experiences, we point them to companies like Eagle 3D — they're the ones making pixel streaming genuinely accessible for people.
Turn Pixel Streaming Into
a Scalable, Secure Product
Focus on shipping products, platforms, and client-facing systems — not building and maintaining streaming
infrastructure you'll rarely touch. Eagle 3D delivers enterprise-grade pixel streaming as a SaaS: secure, scalable, and backed by clear SLAs.
Enterprise-Grade Security
Encryption in transit and at rest, with strict isolation for every project
Built to Scale
Auto-scaling, load balancing, and multi-region deployment for peak demand
Predictable Pricing
Flexible models aligned with cost control and long-term forecasting .
API-First Workflows
Repeatable deployments that plug directly into existing CI/CD pipelines
CTOs at visualization studios and enterprise AEC firms trust Eagle to power Unreal Engine deployments for real‑estate platforms,
configurators, and large‑scale digital twins — with clear security, scalability, and reliability baked into the stack.
How It Works
From Tech Vision to Production‑Ready Unreal Engine Deployment
The architecture is signed off, but there's no need to own the streaming‑layer debugging.
- Step 1 — Align With Your Stack
Eagle runs on cloud‑native infrastructure and supports both Windows‑based Unreal Engine builds and Linux‑ready workloads (where supported). Region‑specific hosting can be chosen where available and aligned with data‑sovereignty and compliance requirements.
- Step 2 — Define Security & Access
Access controls, NDA‑style project isolation, and encryption policies can be set so confidential projects (e.g., defense, energy, or sensitive urban planning) stay protected. Eagle handles encryption in transit and at rest, eliminating the need to build custom tunneling solutions
- Step 3 — Automate Through CI/CD
Teams can automate Unreal Engine application builds in GitHub, Jenkins, or internal pipelines. Eagle's APIs let builds be pushed, environments provisioned, and deployments triggered as part of the same workflow—just like shipping any other microservice
- Step 4 — Scale Without Architecture Meetings
When demand spikes—for a keynote, a client launch, or a global rollout—Eagle's platform auto‑scales so Unreal Engine experiences hold up under load, without tearing down and rebuilding the infrastructure.
Security, Compliance, and Data Control
Enterprise-Grade Security
That Lets You Sleep
Security matters for:
Data sovereignty and encryption at rest and in transit
Strict access controls and project isolation for sensitive workloads
Clear vendor reliability and uptime guarantees
Eagle provides:
End-to-end encryption for streams and data
Role-based access and project isolation for confidential projects
Transparent policies around data handling, retention, and access
Contracts and SLAs that treat Unreal Engine streaming as a first-class, enterprise-ready service
This means Unreal Engine-powered experiences can be shipped into regulated or highly sensitive environments without turning each project into a standalone security review marathon.
Scalability and Multi-Region Strategy
Scale Unreal Engine
Across Regions, Not Just
Rooms
"Works on my machine" does not scale to production. Eagle enables teams to:
Auto-scale concurrent sessions as user counts grow — from a handful of reviewers to hundreds of end users
Use load balancing and regional-aware routing so performance stays consistent even under peak load
Deploy into specific regions where supported (e.g., AWS-based regions) to align with latency and compliance needs
While Asia-Pacific data-center capacity is still evolving, hybrid-style deployments can still be planned: using Eagle as the core streaming backbone and layering in custom edge or caching logic where needed.
Cost Efficiency and Vendor Reliability
A Streaming Platform You
Can Trust Long-Term
The focus is not just on evaluating technology, but on evaluating a vendor. Eagle is built to be:
Cost-efficient: pay-per-use or fixed-pricing models that align with budget discipline
Repeatable: the same deployment pattern for every client, every project, and every team
Reliable: backed by uptime guarantees, support tiers, and clear escalation paths when things go wrong
This is not a one-off hobby project; it's a platform that already powers Unreal Engine-powered visualization studios, enterprise AEC firms, and public-facing experiences worldwide.
Real-World CTO Pain Points, Solved
This Is Why CTOs Bet on Eagle
High-stakes questions are familiar:
"Can Unreal Engine really be shipped at scale without building a GPU-streaming empire?"
"How do client-sensitive projects stay protected from data leaks or unauthorized access?"
"What happens when a client wants 500 concurrent users for an unplanned launch?"
"How are Unreal Engine-based tools framed as more than just 'cool demos'?"
Eagle removes that risk by:
Turning Unreal Engine applications into scalable, secure, API-driven products — not one-off infrastructure gambles.
Locking in clear security, SLAs, and pricing so decisions can be defended to leadership, finance, and legal.
Letting architecture be extended, not the team, so complex 3D experiences ship without doubling the infrastructure team.
Build Without Stress When
Pixel Streaming Is Handled By Eagle 3D
No GPU infrastructure to manage, no streaming stack to maintain. Eagle 3D delivers enterprise-grade pixel streaming as a SaaS — secure, scalable, and backed by clear SLAs — so your team stays focused on the product.
NVENT
For years, our workflow centered on building a stack around a game engine — usually Unreal Engine — and then pixel streaming it out. Anything built in Unreal comes with rich, inherent functionality, and the visual quality you get from streaming it far exceeds what's achievable running WebGPU directly in a browser.
Ahsan Muzaheed
Building this wasn't easy at first — I came from a C and desktop/mobile programming background, not web development, so I had to spend months learning what I needed. When the existing cloud tools didn't work the way we needed, I built something different using the pieces that did — and that's how Eagle's infrastructure came to be.
