I started Quimera Technology in July 2008 with a simple idea: honest IT consultancy for organisations tired of being sold things they did not need. No vendor quotas, no partner incentive programmes driving the recommendation. Straightforward engineering advice from someone who understood the technology well enough to explain it in plain language.
For the first several years, the work was generalist. Server infrastructure, cloud migrations, managed support, fractional IT leadership for growing businesses. Good work, and clients stayed. Some of those relationships are still active more than a decade later.
But a pattern kept emerging. Across sectors and geographies, the hardest problem to solve was always connectivity. A broadcast crew in a field with four different cellular networks and no way to bond them. A maritime operator with satellite and cellular links that could not fail over cleanly. A defence exercise where the nearest wired connection was a hundred miles away. An enterprise with forty branch offices and an MPLS contract that cost more than it should.
A lot of vendors got evaluated. Some had good hardware but terrible management platforms. Others had elegant software but gear that fell apart in harsh conditions. A few could bond connections, but only in controlled lab environments; they fell over the moment real-world packet loss and jitter entered the equation.
Why Peplink
Peplink won because the gear actually works in the field. That sounds like a low bar, but it eliminates most of the competition.
SpeedFusion bonding solved problems that other vendors simply could not address. Bonding four cellular connections on a moving vehicle means the tunnel has to handle constantly shifting latency, intermittent signal loss, and wildly different throughput on each WAN. SpeedFusion does this reliably. Competing products dropped connections or introduced unacceptable latency in the same conditions. The Peplink kit kept running.
InControl2 made fleet management feasible. Hundreds of routers spread across dozens of sites, possibly on different continents, need a single management plane that provides visibility and control without requiring a VPN into every device. InControl2 delivers that: firmware updates, configuration templates, real-time monitoring, alerting. It works and it scales.
The product line covers every deployment scenario. B One for a small branch office. Balance 580X for enterprise headquarters. MAX Transit Duo Pro for a broadcast vehicle or rapid deployment kit. MAX HD4 MBX for a military vehicle or maritime vessel that needs four cellular modems in a ruggedised chassis. Nearly every connectivity problem has a right-sized Peplink device.
That breadth matters. A single vendor's ecosystem means consistent management, consistent firmware, consistent behaviour across every device. Mixed-vendor networks create integration headaches that consume engineering hours and introduce failure points. With Peplink, the Balance at head office and the MAX Transit in the field vehicle speak the same language and appear in the same management dashboard.
Where I have deployed
Peplink infrastructure deployed across six continents. The specific clients and locations are confidential, but the scenarios tell the story.
Bonded cellular networks for live broadcast operations where a dropped connection means lost footage and a failed production. Ruggedised MAX routers for defence exercises in remote terrain, maintaining command and control connectivity when satellite was the only backhaul available. SpeedFusion architectures for maritime operators who need continuous connectivity across satellite and coastal cellular, with automatic failover as vessels move between coverage zones.
Multi-site SD-WAN for enterprise clients with branch offices across the UK and Europe, replacing expensive MPLS circuits with bonded broadband and 4G/5G backup. Rapid-deployment connectivity kits for live events, from music festivals to sporting fixtures, operational within hours and handling hundreds of connected devices. Campus-wide Wi-Fi for educational institutions with mixed wired and wireless infrastructure across dozens of buildings.
Every one of those deployments taught me something. Fifteen-plus years of varied, challenging environments shape the advice and the architectures. No guessing. I know what works because I have done it before, usually in conditions worse than yours.