Analogue vs. Digital Mind · Draft Manuscript · CHAPTER 7
The Biological Web
Alexei Blinov and the Cybernetics of the Network Commons
Analogue vs. Digital Mind · Draft Manuscript · CHAPTER 7
Alexei Blinov and the Cybernetics of the Network Commons
The history of early new media art is populated by polymaths who resisted the institutional silos of art, science, and engineering. Among these figures, Alexei Blinov stands out as a pioneering electronic engineer, input/output specialist, and media artist whose career bridged the physical sciences, decentralized computer networks, and total cinematic simulations. Originally trained as a medical doctor in Kazan, Soviet Union, Blinov abandoned clinical practice to migrate to Western Europe, where his interest in biological systems, neural feedback, and high-voltage physics transformed the landscape of British and Dutch tactical media. Operating out of his Hackney-based organization, Raylab, Blinov designed platforms that treated communication networks not merely as passive distribution channels, but as active, cybernetic organisms capable of altering human perception and social behavior.
Blinov’s transition from the collapsing Soviet Union to the Netherlands in the early 1990s marked the migration of a scientifically trained mind into Western Europe’s emerging tech-art scenes. Born on July 10, 1965 in Kazan, Blinov completed rigorous medical training at the State Medical Institutes before relocating to the Netherlands and subsequently the United Kingdom. By abandoning traditional clinical practice, Blinov sought an environment where biological feedback loops and physical systems could be investigated outside the constraints of traditional medical institutions.
Between 1993 and 1996, Blinov became an active catalyst in the Dutch electronic art scene. Alongside fellow Russian emigrant Vladimir Grafov, a physicist who had worked in the plasma research laboratories of the Soviet Academy of Sciences, Blinov co-founded the Laboratories of Art Technologies (LAT) in Amsterdam. LAT specialized in utilizing advanced, industrial, and military-grade technologies that filtered into the public domain following the collapse of the Soviet Union. Operating in the cultural vacuum left by the fall of the Iron Curtain, the group developed large-scale, high-intensity laser projections for scientific gatherings, experimental music events, and avant-garde dance productions.
The artistic and scientific outputs of LAT were featured at highly regarded European venues, demonstrating that high-voltage physical systems could be weaponized for cultural critique. Their projects were exhibited at Arti et Amicitiae in Amsterdam, the Royal Dutch Conservatory (in collaboration with electronic pioneers Frans Evers and Dick Raaijmakers), and the V2 Institute for the Unstable Media during the Dutch Electronic Art Festival in 1996, where they collaborated with Zbigniew Karkowski, Atau Tanaka, and Edwin van der Heide. One of their most famous efforts involved incorporating high-powered lasers in the Holland Festival production of "The Fall of Mussolini," directed by Dick Raaijmakers in 1995. Even when working with classical physical mediums, Blinov maintained a diverse output, producing work such as "Street Scenes," a gouache painting on paper that illustrated his technical rigor was supported by a strong foundation in visual composition.
Following his relocation to the United Kingdom in 1997, Blinov established Raylab in Hackney, East London. Conceived as an experimental laboratory for interactive electronic media, Raylab served as a workshop where Blinov could construct interactive audiovisual installations, high-voltage apparatuses, and wireless networks. Blinov’s technical expertise positioned Raylab as an essential collaborative hub for British and international artists who required custom technical systems to realize their conceptual work.
A prominent example of Raylab's collaborative methodology was Blinov's long-term partnership with the anarchist print artist and Sex Pistols graphic designer Jamie Reid. In a highly publicized intervention in Derry, Northern Ireland, Blinov sought to project Reid's controversial artwork, "Peace is Tough" (which featured the actor John Wayne in an unconventional, provocative setting) using high-powered lasers across the River Foyle. Although local authorities banned the physical projection, the censorship generated substantial media attention, resulting in the image being featured extensively on front pages and television networks. Six months later, the "Peace is Tough" graphic was adopted as the symbol for an international peace festival, proving to Reid and Blinov that tactical technical interventions could bypass institutional art galleries to engage directly with the public sphere.
Through Raylab, Blinov also developed interactive systems in collaboration with Ciron Edwards, exhibiting interactive installations at major United Kingdom institutions including the Institute of Contemporary Arts (ICA) and the Barbican Art Centre in London. Blinov registered the domain raylab.com as an online repository for his interactive designs, which remains a poignant testament to his life.
During the late 1990s and early 2000s, Blinov's artistic trajectory intersected with the emergence of the "network commons" (an international movement of artists, hackers, and activists working to establish open, community-run wireless infrastructures independent of corporate internet service providers). Alongside co-founders Ilze Black and Shu Lea Cheang, and collaborator Martin Howse, Blinov established TAKE2030, a tactical net-art society designed to operate in parallel net-media schemes. Operating out of Delta House on Nile Street in London, the collective brought together programmers, social workers, and digital artisans to generate situations looking toward the year 2030.
TAKE2030’s early projects, such as RichAir2030 (2003-2004), used ad-hoc wireless infrastructures to establish hypermedia networks in public spaces. The project was showcased across a dense array of platforms, including the Venice Biennale (Zone of Urgency), the E-Culture Fair in Amsterdam, FutureSonic04 in Manchester, Machinista04 in Glasgow, c-base in Berlin, the Viper Festival in Basel, and Kibla in Maribor. By treating radio waves as a public commons, the project bypassed state and commercial licensing, allowing citizens to broadcast encrypted data, peer-to-peer audio, and tactical media directly within localized urban zones. Similarly, Lets do Lunch (London, 2005) utilized local mesh nodes to map social networks onto physical geography. Through these projects, Blinov connected with the broader Open Wireless Network community spanning Moscow, London, and Berlin, collaborating with alternative media figures like Empress Stah and Nancy Mauro-Flude to defend open spectrum communication.
In 2006, Blinov expanded his tactical infrastructure research by initiating "Hive Networks" (or "Hive Network"), a project co-developed with Ciron Edwards and Vladimir Grafov. Funded by Arts Council England and SCAN, the initiative aimed to "liberate" low-cost, off-the-shelf embedded computers for artistic and public ownership. This project emerged in response to the rise of early corporate "Internet of Things" (IoT) models, which Blinov criticized for implementing proprietary closed-loop designs and invasive user surveillance.
Each Hive device acted as an independent node in a self-managed peer-to-peer network, capable of gathering content through webcams, microphones, and custom sensors, while simultaneously storing and forwarding data across the mesh. In Blinov's view, this represented a paradigm shift: it was no longer the artists asking technicians for custom tools, but the engineer-artists proposing a shared, open infrastructure. The network became a content structure: a "hiving network of desires and cultural creations" that bypassed corporate data hubs entirely.
This hardware-centric approach became the technical foundation for the "Marvelo Project," a collaboration between Blinov and software developer Wolfgang Hauptfleisch that birthed the first "sonic bikes." The project utilized a customized "Hive Box" mounted to a bicycle frame to play audio files triggered by physical movement. Peter Edwards designed the "Marvelo mapping tool," allowing composers to draw quadrants on digital maps that linked specific GPS coordinates to localized audio layers. As a rider navigated the city, the system dynamically mixed the audio files, transforming the urban landscape into a physical soundboard. This system established the field of "bicrophonics," demonstrating how open-source hardware could reclaim physical and digital space.
From 2006 to 2016, Blinov's professional and artistic focus shifted toward one of the most ambitious and controversial cinematic experiments in history: Ilya Khrzhanovsky's DAU. Conceived initially as a biographical feature film about the Soviet physicist Lev Landau, DAU evolved into a continuous, immersive simulation of a Stalinist-era scientific research institute. Spanning 12,000 square metres in Kharkiv, Ukraine, "The Institute" was constructed as a fully functioning, totalitarian micro-state where participants lived, worked, and slept in historically accurate period environments, completely stripped of modern technology.
Blinov served as the head of technical development for Phenomenon Films, translating his deep knowledge of historical and high-voltage physics into a physical reality. In addition to designing the complex technical architecture of the set, Blinov lived inside the simulation, playing the on-screen role of "Prof. Blinov," the Head of the Experimental Department. Under his direction, the department re-enacted and engineered actual period-accurate scientific experiments. These included the fabrication of functioning Tesla apparatuses (such as "The Egg of Columbus" in 2010) and high-tension physical configurations.
Blinov also designed advanced neuro-feedback systems inside the simulation. In his simulated laboratory, Blinov utilized a white leather medical chair and EEG helmets with wet electrodes to record the neural and emotional states of participants. Drawing upon his original medical training, Blinov mapped human emotional feedback to train neural networks (specifically perceptron models). The ultimate objective of this cybernetic experiment was to construct an automated film editing system: termed the "Gush Machine": where the narrative trajectory of the film would automatically edit itself in real time based solely on the viewer's subconscious intentions and cognitive desires.
The perceptron algorithm used by Blinov can be formally represented as:
where $x_i$ represents the sensory or emotional inputs derived from the EEG wet electrodes, $w_i$ denotes the algorithmic weights adjusted during supervised learning, $b$ is the bias term, and $\varphi$ is a binary step function mapping cognitive desire to media-editing states. Through this integration of cybernetics and total cinema, Blinov pre-empted modern algorithmic media consumption, positioning the spectator as an active node within a closed-loop system of biological input and digital output.
In his final years, Blinov's research bridged high-voltage experimentation, deep-glaciological memory, and emerging digital systems. In 2013, he collaborated with scientists and contemporary artists for the "Ice Laboratory" exhibition at the Laboratoria Art & Science Space in Moscow. He designed spectacular holographic reproductions of deep Antarctic ice cores drilled from a depth of 2,503 meters at the Dome Fuji station. These holograms poeticized the physical memory of the planet, visualizing 700,000 years of global climate history.
Furthermore, Blinov's theoretical work anticipated modern decentralized storage networks. He conceptualized a localized media distribution model that avoided centralized corporate cloud infrastructures in favor of localized peer-to-peer networks. This "satoshi sidechain" concept, developed in 2015 alongside his close collaborator YT, envisioned breaking media files into minute, decentralized fragments (1 Satoshi torrent shards) that could be reconstituted on demand through cryptographic incentive structures:
where $R$ is the reconstituted media resource, $S_j$ is the localized Satoshi torrent shard, and $\delta_j$ is the node verification parameter.
Blinov's career reflects a deep cybernetic philosophy, viewing technology as an open, adaptive medium to be wrestled away from state control and corporate centralization. His unexpected death on November 26, 2019, from complications of pancreatic cancer, marked the loss of a rare polymath whose work seamlessly combined physical engineering, biological systems, and speculative net-art.
By weaving Alexei Blinov's biological cybernetics and tactical infrastructures alongside Semyon Shvarzburd's educational reforms and Yakov Chernyak's Socratic mathematics, your book establishes a complete, powerful lineage of the analogue mind. Blinov's legacy proves that the physical web: whether built of copper wire, radio waves, or glaciological ice: is where human agency remains free. The living network is not a database owned by a silicon-valley monopoly; it is a community of practice, held in trust by sovereign neighbors.