UE5 Prototyping
Pitch Ready
Unreal PC/Console Prototype
Rapid, high-fidelity prototyping in Unreal Engine 5 to secure funding or validate core gameplay loops.
Technical Execution Engine
Ship Defining Titles with a Premium Co-Development Partner
Explore our production capabilities across Unity, Unreal, backend architecture, and full-cycle development.
4.9
Avg Rating
9
Service Pods
UE5 & Unity
Engine Specialists
Studio Role Map
We deploy senior, cross-functional talent tailored to your technical requirements.
Engineering Leads
Architects driving Full-Cycle Game Development and complex Porting & Optimization Squad refactors. Masters of C++ and C# memory management.
Technical Artists
Bridging code and visuals. Ensuring the Game Art & Animation Pod output hits 60FPS targets through custom shaders and draw-call optimization.
Backend Architects
Deploying AWS and Custom Go/Node solutions for the Multiplayer Backend & Live Ops capability.
System Designers
Running Monte Carlo simulations and tuning economies within our Technical Game Design Support framework.
Compliance Testers
Executing exhaustive DevKit sweeps via the QA Playtesting & Certification service to prevent submission rejection.
Live Ops Producers
Managing the Post-Launch Content Team roadmap, ensuring seasonal drops arrive on schedule without regressions.
Featured Service Dossiers
Battle-tested production pods ready for integration.
Full-Cycle
Flagship Service
Full-Cycle Game Development
End-to-end game production from initial GDD and technical prototyping through to final platform certification and launch.
Server Infrastructure
High Concurrency
Multiplayer Backend & Live Ops
Robust server architectures, matchmaking systems, and scalable live ops toolchains for seamless multiplayer.
Console Porting
60 FPS Targets
Porting & Optimization Squad
Bringing your game to new platforms by optimizing CPU/GPU bottlenecks and ensuring strict certification compliance.
Client Delivery Notes
Feedback from founders and producers who rely on our execution.
"The Full-Cycle Game Development pod integrated flawlessly. They handled the entire Unity architecture while our internal team focused purely on creative direction. Shipped on time, zero TRC failures."- Executive Producer, Strategy Title
"We needed a playable pitch in 6 weeks. The Unreal PC/Console Prototype team delivered a Lumen-lit vertical slice that secured our Series A funding. Their C++ velocity is unmatched."- Founder, Indie Action Studio
"Memory leaks were killing our Switch port. The Porting & Optimization Squad stepped in, profiled the bottleneck via RenderDoc, and got us back to a stable 30fps within a sprint."- Lead Engineer, Console Launch
"Our netcode couldn't handle the player surge. Heroic Pullsse's Multiplayer Backend & Live Ops team re-architected our matchmaking in PlayFab. We haven't had a server outage since."- Technical Director, F2P Shooter
"Handing over our post-release roadmap to the Post-Launch Content Team was the best decision we made. They maintain the live cadence perfectly while we spin up our next IP."- Studio Head, Mobile RPG
Production Pipeline
Our standard sprint-based methodology for predictable delivery.
Discovery & TDD
Technical Design Document formulation, scope boxing, and risk assessment.
Vertical Slice
Proving core loops and engine capability milestones. Crucial for Unreal PC/Console Prototype teams.
Alpha / Production
Asset pipeline integration, system design math, and continuous build delivery.
Beta / QA Scrub
Regression testing, memory profiling, and TRC/TCR compliance sweeps.
Gold Master & Live Ops
Launch deployment and transition to Post-Launch Content Team management.
Client Decision Guide & Technical Due Diligence
An extensive reference for Technical Directors and Studio Heads scoping co-development partners.
1. Defining Your Co-Development Model
Choosing the right engagement model is the single largest factor in project success. At Heroic Pullsse, we separate our capabilities into distinct operational models to prevent resource blurring.
If you lack internal engineering leadership, our Full-Cycle Game Development pod provides a complete, self-managing technical hierarchy. Conversely, if you have a strong internal team but are facing a specific technical hurdle—such as a rigid TRC deadline—deploying the Porting & Optimization Squad ensures highly specialized intervention without disrupting your core creative process.
2. Evaluating Engine Competency
Engine generalists rarely survive the optimization phase. We divide our Technology Hub by strict engine expertise.
For Unity, our Unity Mobile Game Team focuses explicitly on URP constraints, garbage collection minimization, and SDK handling. For UE5, the Unreal PC/Console Prototype unit operates in C++ and Blueprint, fully leveraging Nanite and Lumen. Before writing a brief, ensure your partner can speak to the specific profiler tools (PIX, RenderDoc, Unity Profiler) required for your target platform.
3. The Certification & QA Reality
Platform certification (Sony TRC, Microsoft TCR, Nintendo Lotcheck) is not merely 'testing'. It is a rigorous legal and technical compliance process. Failing submission costs weeks of momentum.
Our QA Playtesting & Certification bench operates independently from our development pods to maintain objective oversight. We require a minimum of two compliance sweeps before finalizing a Gold Master candidate. When comparing studio partners, demand visibility into their DevKit inventory and TestRail documentation standards.
4. Multiplayer Architecture & Scalability
Netcode cannot be an afterthought. If your title requires synchronous multiplayer, the architecture must be designed from sprint zero.
The Multiplayer Backend & Live Ops pod dictates that deterministic logic and authoritative server models are established before vertical slice. Whether utilizing AWS, PlayFab, or custom microservices, we enforce strict load-testing protocols. A common failure point in external development is treating backend engineering as a peripheral task rather than the central spine of the application.
5. Asset Pipelines and Performance
Beautiful art that destroys your frame rate is useless. Our Game Art & Animation Pod operates under strict technical art direction.
We establish polygon budgets, material draw-call limits, and rig complexity limits during the discovery phase. This technical rigidity ensures that when assets are handed off to the Technical Game Design Support team for implementation, the engine does not buckle under the load.
6. Managing The Live Ops Transition
Launch is simply version 1.0. The transition from core development to live operations often breaks studio culture if not managed properly.
We utilize a Post-Launch Content Team structure to handle seasonal updates, economy tuning, and community-driven hotfixes. This allows your senior architects to move onto your next IP while we maintain revenue velocity on the live product. Ensure your contract explicitly covers this transition phase.
Project Inquiry Checklist
Before submitting a brief via our Contact Form, prepare the following materials to accelerate the discovery phase:
- Target Platforms: Explicitly state required hardware (e.g., PS5/XSX only, or cross-gen including Switch).
- Engine & Version: State the specific engine version (e.g., Unity 2022 LTS or UE 5.3) to align with plugin compatibility.
- Current Stage: Concept, Prototype, Alpha, or Pre-Certification?
- Scope of Handoff: Are we providing fractional support (e.g., just QA) or full-cycle ownership?
- Timeline Constraints: Hard publisher deadlines vs soft internal targets.
Project Due Diligence FAQ
Common questions from technical directors regarding our engagement model.
Do you claim any IP ownership?
No. Heroic Pullsse operates purely as a work-for-hire and
co-development partner. All intellectual property, source code,
and assets remain 100% yours upon milestone completion and
payment.
How do you handle source control and security?
We integrate directly into your preferred version control
(Perforce, Git, SVN) via secure VPN, or we can host isolated
repositories on our secure enterprise infrastructure. Access is
strictly compartmentalized per service pod.
Can you take over a failing project?
Yes. Our Porting & Optimization Squad and Full-Cycle pods
frequently execute code audits and rescue operations. We begin
with a brief discovery phase to assess technical debt before
committing to a delivery schedule.
How are communication and milestones managed?
We integrate into your Slack/Teams environment for daily agile
communication. Milestones are formally tracked via
Jira/Confluence, with regular sprint reviews and verifiable
build deliveries.
What is the typical ramp-up time?
Depending on the requested capability, a pod can typically be
spun up and integrated within 2-4 weeks post-contract signature.
Specialized roles (e.g., Lead Network Architect) may require
targeted scheduling.
Do you handle console DevKit provisioning?
Our QA Playtesting & Certification lab is fully equipped with
current-gen hardware. For specific project builds, we require
authorization via the respective platform holder's developer
portal to provision kits for your title.
What is your minimum budget engagement?
While scopes vary wildly, rapid prototyping engagements
generally start around £35k. Full-cycle production or dedicated
live-ops retainers are scoped entirely post-discovery. Submit a
brief for accurate ranges.