FIRE STATE is a tactical first-person shooter that attempts to combine realistic combat, bodycam-style presentation, competitive multiplayer, and experimental rendering technology into one distinctive experience. Developed and published by UnderFire, the game places considerable importance on immersion rather than presenting firefights through the clean and predictable perspective commonly associated with multiplayer shooters. Its combination of realistic environments, unconventional camera behavior, tactical movement, and intense audiovisual feedback gives the project a recognizable identity. Since FIRE STATE is an Early Access title, however, its current qualities need to be considered alongside features that are still being developed and expanded.
The bodycam perspective is the centerpiece of the experience. FIRE STATE presents combat as though the player's actions are being recorded by a camera attached directly to the character. Movement consequently feels different from the perfectly stabilized viewpoint found in many traditional shooters. The restricted perspective and physical camera behavior can make entering buildings, checking corners, locating opponents, and reacting to unexpected gunfire considerably more tense. It is a presentation style particularly suited to tactical combat because uncertainty becomes an important part of every confrontation. Rather than always providing an ideal view of the battlefield, the game tries to make players feel physically present inside dangerous environments.
One of FIRE STATE's most noteworthy technical elements is its use of real-time 3D Gaussian Splatting for playable environments. UnderFire combines this technology with Unreal Engine 5 in pursuit of highly realistic locations. This approach fits the bodycam presentation exceptionally well because the illusion depends heavily on believable surroundings. Detailed surfaces, lighting, environmental geometry, and realistic spaces can make ordinary locations appear more convincing when viewed through the distorted perspective of a body-mounted camera. The technology also gives FIRE STATE an experimental quality beyond its basic identity as another tactical FPS. Its success will ultimately depend on whether these impressive visuals remain consistent, readable, and well optimized during actual combat.
UnderFire also appears aware that realism can become frustrating when it interferes excessively with responsiveness. FIRE STATE therefore attempts to balance simulation-inspired mechanics with accessible controls. Ballistics, environmental interaction, camera movement, sound, and weapon feedback contribute to the sense of realism, while movement and general controls are intended to remain intuitive. This balance is important because the game's bodycam presentation already introduces an additional layer of visual complexity. Making every action excessively complicated would potentially turn immersion into inconvenience. Keeping the fundamental shooting and movement responsive allows the visual presentation to provide much of the realism without sacrificing basic playability.
Competitive multiplayer provides a familiar structure beneath the unusual presentation. Modes such as Team Deathmatch, Zone Control, and Demolition give players recognizable objectives rather than attempting to reinvent every part of the multiplayer formula. Team Deathmatch naturally focuses on straightforward engagements, while Zone Control places greater importance on positioning and maintaining control over important areas. Demolition has greater potential for deliberate teamwork and tactical decision-making. These conventional modes may actually benefit FIRE STATE because players can concentrate on learning its perspective, weapons, movement, and environments instead of simultaneously having to understand unfamiliar objective systems.
The game's ambitions extend beyond competitive matches. UnderFire plans a cooperative campaign centered around missions involving dangerous criminal groups, tactical operations, and hostage situations. Cooperation and communication are expected to become important parts of these missions, making the concept especially compatible with FIRE STATE's immersive perspective. Carefully moving through enclosed locations alongside teammates could provide a different kind of tension from competitive multiplayer. The limited viewpoint means players may need to depend more heavily on communication and awareness rather than simply relying on perfect visibility. The cooperative campaign remains an area of ongoing development, however, so its eventual quality will depend on mission design, enemy behavior, pacing, and how successfully teamwork is incorporated.
Another surprising part of the planned experience is the inclusion of horror-oriented levels. Bodycam presentation has considerable potential for horror because limited visibility and realistic surroundings can transform uncertainty into genuine tension. FIRE STATE intends to use disturbing locations and threats that go beyond conventional firefights, incorporating psychological and survival-oriented elements. This could provide welcome variety between competitive matches and tactical cooperative missions. At the same time, such variety creates a significant development challenge. Competitive multiplayer, cooperative tactical gameplay, horror, advanced rendering technology, and realistic shooting mechanics each require substantial refinement, and FIRE STATE will need to prevent its broad ambitions from producing an experience that feels fragmented.
Its Early Access status is therefore an important consideration. UnderFire intends to continue expanding and improving the game through additional maps, weapons, equipment, modes, optimization, gameplay adjustments, and other content. Community feedback is also expected to contribute to balancing and development decisions. Players entering during this stage should consequently expect an evolving product rather than something representing its final form. Bugs, performance inconsistencies, balancing problems, and unfinished features are natural risks. The benefit is the opportunity to experience the project as its systems develop, while the disadvantage is uncertainty regarding how successfully every planned feature will eventually be realized.
Performance will also be crucial because FIRE STATE's photorealistic ambitions could easily become a liability if demanding environments interfere with competitive responsiveness. UnderFire is targeting reasonable hardware requirements considering the visual technology involved, suggesting that optimization is an important part of the development plan. Maintaining stable performance will be particularly important during multiplayer matches, where visual realism becomes far less impressive if frame pacing or responsiveness compromises aiming. If the developers can successfully combine sophisticated environments with reliable performance, the technical foundation could become one of the game's greatest strengths.
The main concern is whether UnderFire can successfully deliver on such an extensive scope. FIRE STATE already has an intriguing technological and gameplay foundation, but several of its most interesting ideas depend on continued Early Access development. Players interested in immersive shooters, unusual rendering techniques, and bodycam-style combat should find plenty to appreciate, while those primarily interested in the cooperative campaign or horror content may prefer to follow development until those elements become more complete. As it currently stands, FIRE STATE is a promising and technically interesting tactical shooter whose distinctive presentation gives it substantial potential, even though considerable refinement remains necessary before its full vision can be judged.
Rating: 7/10
