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抽象光投影

Fundamental View

The Edge is becoming the primary execution layer of future systems.
As digital systems interact more directly with the physical world, edge infrastructure must provide:


•    Local processing and decision capability
•    Deterministic and predictable system behavior
•    Hardware-rooted security and measurement
•    Policy-aware connectivity
•    Long operational lifecycles

OmniGate builds edge system platforms that meet these requirements at the architectural level.

From Initial Products to a Long-Term Platform Strategy

虛擬實境體驗
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From Initial Products to a Long-Term Platform Strategy

SERVICES

Edge Processing Platforms

The MODULA series represents OmniGate’s approach to modular edge processing systems designed for:


• Immersive and interactive environments (AR / VR)
• Real-time system response at the network boundary
• Scalable hardware and software integration


These platforms are built to operate reliably outside traditional data centers, while remaining adaptable as system requirements evolve.

Edge Trust & Verification Infrastructure

The TrustMeter Switch provides hardware-based measurement and verification at the edge, enabling:

 

• System integrity validation
• Secure and policy-driven connectivity
• Trustable operation in distributed environments


Trust is treated as a system property, not a software feature.

Image by NASA

Group Structure & Core Responsibilities

OmniGate Solutions leads the OmniGate Group as the system solution and architecture authority, integrating global engineering, supply chain, and manufacturing into system-level products ready for market.


From IC architecture to hardware, software, and application support, OmniGate delivers not just silicon - but deployable systems.

OmniGate Solutions  
(Australia)

  • System Architecture & Market Delivery

  • System-level architecture from IC to complete system

  • Hardware & software co-design

  • Application engineering & customer technical support

  • System product definition, integration, and commercialization

  • Single technical interface for customers and investors

Bimulus Technology
(Taiwan)

  • Supply Chain & Foundry Execution

  • IC design service coordination

  • Foundry interface & wafer management

  • Cost, schedule, and risk control across manufacturing partners

  • Proven Taiwan semiconductor ecosystem access

OmniGate Electronics
(Taiwan)

  • Advanced Packaging, Test & Reliability

  • 2.5D / 3D advanced package architecture & design

  • Package design, SI/PI & thermal-aware optimization

  • SoC testing, characterization, and yield ramp

  • Reliability qualification & failure analysis

  • OSAT selection, technical control, and production management

Future Edge Product Directions

Edge Connectivity & Control Systems
 

Systems that combine switching, control logic, and policy enforcement at the edge — designed for environments where predictability and reliability matter more than raw throughput.

Edge Infrastructure Modules

Composable building blocks such as:


• Expansion and interface modules
• Secure I/O and measurement components
• Processing or acceleration add-ons


These modules allow customers and partners to assemble purpose-built edge systems on a common, trusted foundation.

Universal Edge Platforms

Long-lifecycle edge systems designed to remain relevant across technology shifts — supporting evolving workloads without redefining the underlying infrastructure.
This reflects OmniGate’s belief in Universal Technology:
systems should adapt as applications change, rather than becoming obsolete.

Image by Dan Taylor

Everything Connects

TrustMeter verifies.

Read More

TrustMeter verifies.

Read More

Future platforms connect, extend, and control.

Coming Soon

About OmniGate Solution
Engineering the Edge Infrastructure of the Next Digital Era

OmniGate is a system technology company focused on the Edge layer of modern digital infrastructure — the space between centralized cloud platforms and end devices, where latency, determinism, security, and trust are defined by system architecture.


We believe the next era of technology will be shaped not by isolated applications, but by how systems are architected, connected, and verified at the edge.

Our Vision

To become a foundational provider of edge infrastructure systems — enabling reliable, trustable, and adaptable digital operation between cloud platforms and the physical world.

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Image by Arlington Research
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  Leadership

CEO

Justin Thomas Palmer

Veteran leader at the crossroads of IC design and immersive entertainment. Brings decades of experience scaling products, partnerships, and teams across global markets. At OmniGate, Justin sets product vision and go-to-market strategy, aligning hardware roadmaps with real customer demand.

* Directed multi-year platform launches in interactive entertainment
* Built cross-border partnerships with OEM/ODM and content studios
* Experienced in growth-stage capital raising and P&L ownership

* Education: MBA, University of Sydney

CTO

Harrison Murphy

Semiconductor systems architect with deep expertise in semiconductor foundry and chip design. Has shipped complex SoCs end-to-end—from architecture through tape-out and production—covering PCIe/SerDes, and system performance optimization. At OmniGate, Harrison drives the Modula™ architecture and the silicon-to-firmware roadmap.

 * 10+ full-node tape-outs with hands-on design and sign-off experience
 * Extensive high-performance computing architecture experience
 * Proven builder of high-performing global design teams
 * Education: MS in Computer Science, University of Melbourne

COO 

LA Lee

Operations and manufacturing executive with a background in OSAT and global OEMs. Specializes in NPI, supply-chain orchestration, and quality systems for high-reliability silicon. At OmniGate, LA manages fab/OSAT engagements, cost control, and delivery excellence.

 * Scaled silicon operations across Taiwan, US, and EU
 * Established supplier QA, reliability, and compliance frameworks
 * Negotiated long-term capacity and logistics agreements
 * Education: M.S. in Mechanical Engineering, National Central University (Taiwan)

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