Recent News & Blog Updates

The energy and infrastructure sector already learned this once with commercial drones: on a direct capex comparison, the machine rarely looks cheaper than the crew it replaces. Load in labor, material waste, downtime, and hazardous hours and the math flips. The same correction is hitting ground and airborne robotics now. What stops it isn't the technology, it's the org chart, where siloed budgets keep a multi-use asset trapped in one department. Here's what the silo tax costs

Every advanced UAS platform tests more than the airframe, it tests the program behind it. Tactien's new UAS program advisory page shows how we help utilities build vendor-agnostic programs that hold up under real complexity, backed by a five-phase validation process and a full stack of advisory capability, brought in only where it's actually needed. The goal isn't a program we run forever. It's one your own team can run without us in the room.

The programs that collapse usually aren't the ones where the aircraft couldn't perform. They clear testing, earn approvals, fly the mission, and die anyway, because the budget was built on a story the buyer and provider never reconciled. Hidden costs, a maturation curve nobody mapped, and an opening price that only ever worked at full scale. A field look at why complex UAS programs fail, how to vet a provider before you commit, and how to fund a program that survives contact

Utilities are increasingly exploring larger UAS (Group 2 to 4) to improve safety, reduce hazardous field exposure, and scale autonomous data collection. This article provides a pragmatic look at the pros and cons of advanced UAS adoption, business case realities, and the primary FAA regulatory pathways, including Section 44807, 14 CFR 91.113(b), Part 91 Public Aircraft Operations, and the future of Part 108.

The utility and critical-infrastructure landscape underwent major shifts in 2025, with operators demanding clearer performance and measurable results from aviation technologies. Tactien’s 2025 Year-End Review breaks down the key industry trends, accomplishments, and predictions shaping the future of UAS, manned aviation, SAAS workflows, and infrastructure operations heading into 2026.

For over a decade, the UAS industry has waited for one milestone: scalable Beyond Visual Line of Sight (BVLOS) authorization. Now, with FAA Part 108 on the horizon, that milestone may finally be within reach — but understanding how to get there requires more than anticipation. It requires readiness. The Context: A Long-Awaited Framework Part 108 represents what could become the first formal, standardized regulatory framework for routine BVLOS operations. For many operators, t

Most utility drone programs scale faster than their paperwork. Pilots fly and data piles up, but the SOPs, Safety Management System, and CONOPS that turn a stack of flights into a defensible aviation operation lag behind. Tactien builds that backbone to aviation standards, so a utility's UAS program can move toward BVLOS, scale across regions, and hold up to regulatory and internal audit.

Buy the wrong drone and you find out in the field, after the budget's spent. Most platform decisions get made off a spec sheet and a vendor demo, not against the mission, the site, or the regulatory path the operator actually has to fly. Tactien's vetting, validation, and selection process tests platforms on proof and mission fit, independent of any OEM, so critical infrastructure operators commit to aircraft that hold up where it counts.

The Group 1–3 UAS Business Case Differentiators With the FAA’s long-anticipated Part 108 NPRM upon us, the conversation around unmanned aircraft systems (UAS) has fundamentally changed. For the first time, the regulatory door is opening to routine operations with Group 2 and Group 3 aircraft (outside of Part 91, 44807, or Special Airworthiness). For operators who have long been constrained to small UAS under Part 107, this is a seismic policy shift. However, it’s critical t

Industries have long fallen into the trap of promoting one specific type (or class) of aircraft as the ultimate answer to operational demands, often to the detriment of efficiency and adaptability. For instance, the growing advocacy for transitioning entirely to Unmanned Aircraft Systems (UAS) while phasing out manned aircraft may seem progressive on the surface, but the current reality often proves less gratifying. Unmanned aircraft systems (UAS) bring unique opportunities,

The challenges with Aviation Technology integration are as diverse as they are complex. Aside from managing aging assets to navigating regulatory shifts and integrating new technologies, utility companies face a constant stream of demands to make their programs successful. The Tactien team has lived these realities for decades. Our value is to provide you, the end-user, with a voice of support and action. We are different than a standard consulting company. Here are ten reaso

Some of the largest UAS-focused (or integrated) drone initiatives are coming from the critical infrastructure sector. The Tactien team has worked closely with some of the largest linear infrastructure companies in the country over the years, and we have watched how that sector has responded to the advent of commercial UAS. What is most interesting is that utility companies have developed their own “personality types” regarding their stance on UAS. If you are part of a utility