People, Planet, Profit

Intelligent computers (SAGE) allow to automatically run any software and any process (business, environmental and social), cut down on personnel, electricity, fuel, paper, finance and computing expenses and implement People, Planet, Profit. Examples: 1. Green procurement and energy efficiency. Automatic generation of digital invoices to customers; an effective incentive for suppliers to send digital invoices (paperless organizations). Automatic reception and testing of electricity, fuel and water invoices. Analysis of current consumption (at the organization-department level) and work streams (of each instrument separately) and comparison with past data; Automatic detection of energy loss (water, gas) and increased consumption of electricity and fuel (in front of manufacturers’ specifications); Predicting developing problems. Automatic acceptance and testing of supplier offers, technical material analysis of each item, automatic rating of products and services by cost, quality and the  manufacturer’s (supplier) preservation of the environment, human health and well-being (international standards for environmentally friendly products, greenhouse gas reduction, green labels), minimizing environmental damage (greenhouse gas emissions, air pollution, waste, water pollution, hazardous substances) and predicted energy consumption (fuel); Comparing different alternatives and choosing the optimal alternative (weighting with external costs resulting from environmental / health damage). Intelligent computers (SAGE) take care of themselves and prolong their lives – automatically run diagnostic software (their and smartphones, vehicles, printers, scanners, air conditioners, motors), decodes, locates, diagnoses, troubleshoots and automatically runs optimized and preventative treatments. The result – energy and financial savings over the life of the product and short- and long-term economic viability. Necessary for the operating system). The same is true for printers, scanners, air conditioners, smartphones and vehicles. This means reducing global consumption and saving the energy, water and raw materials needed to manufacture and transport the product. Automatic and feasibility analysis of alternatives repair and upgrade of existing products versus purchase (green) of new products; Automatic shutdown of electrical appliances (computers, lighting) left on unnecessarily, Attendance and shadow detectors and temperature sensors, reducing excess electrical voltage, regulation and stabilization of the voltage supplied to electrical and lighting products; Computer vision – automatic decoding of images, automatic detection of water penetration and sealing defects; Accurate mapping of foci where there are defects in the sealing system for spot treatment; Accurate detection of water intrusion foci from wall casing; Identification of water pipe defects, insulation of buildings and energy conservation; Automatic detection of energy loss hotspots, spot insulation defects around openings in ceilings and condensation problems. Improving the acclimatization of the structure. Selective filtration of solar radiation, reducing heat penetration into the structure. Automatic monitoring of contaminants in the soil, formation of processes and reactions in stored materials and waste disposal (chemical and other). Automatic monitoring for detecting dust plates in factories (minerals, cement, chemicals). Automatic monitoring of sewage; Locating sewage discharge into water reservoirs; Monitoring for sewage generating plants and detection of soil leaks; Detection of illegal waste in land buried by factories; Locating hazardous reaction processes generated from waste storage reservoirs; Automatic monitoring of tree and plant diseases; Automatic monitoring of water and food quality; Automatic monitoring of facilities, machinery, products and structures (energy loss, fluidity, short circuits, corrosion, cracks); Automatic fault detection (NDT) and fault prediction; Real-time operational and physical hazards detection (fire, gas). Saving power consumption and extending the life of electric vehicles (and autonomous vehicles in public transport), saving water consumption and increasing urban forestry (and open spaces), optimizing solar energy (and wind turbines), saving and optimizing construction (quality and green materials, saving energy and water consumption, recycling green mark), concentrated purchase (from 3P suppliers) of products for employees (at significant discounts). 2. Access to information. 3. Brain building for employees, reduction in food waste and eating meat, healthy diet – more green (vegetative), less red (raw) and white (sugar); 4. Hedging risks (companies, entrepreneurs, investors, employees), business ethics, commercial fairness (advertising, marketing, procurement), transparency ; less work, more leisure, recovery of companies, who have run into cash flow difficulties.

SAGE can build a better future. We need to start right now

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