In this time where shrewdness is the key, programmed frameworks are favored over manual ones. A critical use of keen innovation is effective vitality usage, which is the need of great importance. Vitality utilization can be limited by killing lights when they are not required, upgrading lighting levels to suit laborers and by grasping green innovation. One straightforward approach to lessen carbon impression is the utilization of a lighting control framework which conveys light according to the necessities and stay away from pointless wastage. In this paper, a lighting control framework utilizing an android application has been proposed. Android is one of the generally utilized open source portable stage and the client base is developing speedier step by step. As more individuals are utilizing advanced mobile phones, controlling light utilizing an android application is less expensive, simpler and savvy. Catchphrases: Light control, Arduino board, GSM/GPRS module, Relay board, Android application I. Presentation Decreasing vitality utilization and expanding client comfort have dependably been primary targets of any wise working in the present situation. Taking care of these two requests is a perplexing assignment. This paper shows a successful method to lessen vitality usage and increment client comfort. In this paper, Arduino, a microcontroller is utilized. It is an open-source implanted stage where one can compose projects and run it utilizing equipment. Arduinos can detect nature by getting contribution from various sensors and it can control its surroundings by controlling light, engines and so on. The correspondence between a PDA and microcontroller is set up through a GSM/GPRS module. A GSM/GPRS module is same as that of the ordinary cell phone and it needs a SIM card to convey. It does the activity of a typical cell phone. This kind of correspondence is called Machine to Machine (M2M) correspondence. What it implies is that both wired and remote frameworks are permitted to communicate with different gadgets. It empowers the stream of information amongst machines lastly amongst people and machines. Independent of the idea of the information or machine, data streams similarly, which is begins from a machine .Then it ignores a system and afterward through a checkpoint or entryway to a framework where it can be assessed and followed up on. The point of the M2M equipment is to give an interface between the machine and the system. This paper manages this M2M correspondence. Work to be finished by the end client is exceptionally straightforward. Remote correspondence makes human life less demanding and more straightforward. Also, particularly with portable, everything is moment and reachable. The square chart of the proposed framework is appeared in fig 1. Fig 1.General Block Diagram II. GSM MODEMS GSM modems are much similar to GSM gadgets which helps in giving GSM usefulness as indicated by our requirements. An entire telephone can be manufactured utilizing a GSM modem yet that would be a misuse of vital assets like time, which is of the quintessence, and cash, on the grounds that a telephone would work out to be more financially savvy. DTMF can enable us to control remotely, yet DTMF (Dual Tone Multi Frequency motioning) in the parts of checking has its own particular limitations.In these cases GSM modems can truly be useful. GSM modems can assume a key part in ventures which requires Remote Monitoring and Control. Along these lines Machine to Machine correspondence can be built up. Pre-characterized summons can be utilized to control GSM modems by sending them serially. These pre-characterized orders are known as AT charges. In this paper the emphasis is on informing as it were. AT summons otherwise called theHayes charges, is a particular order languageactually produced for theHayesSmartmodem. The summon set involves a progression of short content strings that consolidate together to give finish charges for tasks like dialing of numbers, call end and the required parameter changes of the association arrange. The Hayes summon set is a standout amongst the most usually utilized and is accessible in various varieties. III. HAYES COMMANDS Some essential orders which are required to perform fundamental communication tasks are specified underneath Informing Set Message Type as Text - AT+CMGF=1 Set Message Destination Number and Type Message - AT+CMGS="+91XXXXXXXXXX" At the point when this summon is entered, there is an incite of the GSM modem terminal wherein the message to be sent is written. After the message in entered, Ctrl+Z is squeezed to leave terminal incite. When all the above advances are taken after, the message will be sent to the client by the GSM modem. Notwithstanding the above orders, an arrangement of consecutive messages will be sent by the GSM modem when a SMS or Call is gotten. A portion of the messages are said underneath. Approaching SMS Approaching SMS restores a message +CMTI: "SM", 23 Read SMS To peruse the approaching SMS, the order utilized isAT+CMGR=Xwhere the number is X which is returned toward the finish of the+CMTI yield above. For instance it is 23 The SMS is gotten in the accompanying way +CMGR: "REC UNREAD","+91XXXXXXXXXX","phonebook section", "Date, Time" Message Text The above arrangement of data is sufficient for to work with the GSM modem. Utilizing Arduino IDE, code is composed to get message from GSM modem and the message is handled in the controller. Light is turned on or off just when the approaching message matches with the string written in the program. The Arduino Uno is a controller board in view of theATmega328. It has 14 I/O pins (6 of which can give PWM o/p)- Digital, a 16MHzceramic resonator, a USB association, simple I/P-6, a power string, an In Circuit Serial Programming(ICSP) header and a reset catch. The determinations of Arduino Uno rev3 are appeared in table 1. Table 1: Arduino Uno Specifications Microcontroller Used ATmega328 Suggested Operating Voltage 5Volts Suggested I/P Voltage 7-12Volts Restricting I/P Voltage 6-20Volts I/O Pins-Digital 14 (6 of which can give PWM o/p) I/P Pins-Analog 6 Current (DC) in every I/O Pin 40 mA Current (DC) for 3.3Volts Pin 50 mA Clock Speed 16MHz EEPROM 1 KB (ATmega328) Streak Memory 32 KB (ATmega328) of which Bootloader utilizes 0.5KB SRAM 2 KB (ATmega328) Notwithstanding the above, devoted capacities are accessible for a portion of the pins: Serial: 1 (TX-Transmission) and 0 (RX-Reception). It is utilized to get and transmit TTL (Transistor - Transistor Logic) serial information. The pins are connected to the proportional pins of theATmega8U2USB-to-TTL Serial chip. Outer Interrupts: 2 and 3.These two pins can be intended to start a hinder when any of the specified cases happens – a low esteem happens, a falling or rising edge, an esteem change. PWM: 3, 5, 6, 9, 10, and 11.Provide 8-bit PWM yield with theanalogwrite() work. SPI: 10 (SS), 11 (MOSI), 12 (MISO), 13 (SCK).These pins bolster SPI correspondence utilizing theSPI library. Driven: 13.There is a LED, which is in-assembled, is connected to the stick (advanced) 13. In the event that the stick has a HIGH esteem at that point it's in ON state, in the event that it has a LOW esteem it's in OFF state The Arduino UNO has the capacity to speak with a PC, another Arduino, or different controllers. Themicrocontroller utilized as a part of this paper gives UART TT Logic (5Volts) serial correspondence, which is possible in pins (computerized) 1 (TX) and 0 (RX).In anATmega16U2on the board serial correspondence is done over USB and shows up as a virtual correspondence port. For the situation when ATmega16U2 is utilized, outer drivers are not required and the USB COM drivers (standard) are used.The Arduino programming additionally incorporates controls which permit content based information to be sent and got. The Rx (Receive) and Tx (Transmit)LEDspresent will squint when information is being sent from USB to serial chip or to some other terminal. Aserial libraryin the type of a product show in Arduino licenses serial correspondence on any of the pins (computerized) of Uno. The Arduino programming IDE is utilized to arrange the Arduino Uno. TheATmega328on the Arduino Uno comes preburned with abootloaderwhich enables codes to be transferred to the board without the utilization of a software engineer who has mastery in equipment programming. Correspondence is conceivable using STK500protocol. The bootloader can be circumvent and the controller is modified utilizing the ICSP (In-Circuit Serial Programming) IV. Equipment CONNECTIONS The SIM Card is embedded into the GSM modem. The Tx (Transmit) stick of the GSM modem is associated with stick (computerized) 3 of the Arduino. The Rx (Receive) stick of the GSM modem is associated with stick (advanced) 4 of the Arduino. The Gnd(Ground) stick of the GSM modem is associated with the Gnd(Ground) stick of theArduino. The GSM modem utilizes an outer 12Volts DC Adaptor as power source (The+5Volts from interior wellspring of Arduino isn't adequate). It is ensured that the system LED flashes with a 2s delay and not 1s delay. 2s defer implies it is associated with arrange, 1s postpone implies not unfit to interface with organize. Once the associations are given and the code is transferred to the Arduino board, the string which is given in the code is sent as a message, GSM will get the message and it will send it to Arduino which thus will process the message and the relating move will make put. On the off chance that number of lights is tallied, at that point for each light some string must be given in the coding. Rather than sending each message, advancement of an android application easy to use. Through an android application, message can be given. Since the GSM SIM900A is a GSM/GPRS module, control lights through android application are likewise conceivable. Approval can likewise be given. It will give limited access individuals to control lights. The front end of the Android application looks like as appeared in fig 2 and fig 3. Fig 2.Android App Password Screen Fig 3.Android App User Interface Utilizing the swipe symbol in the front board, the lights can be turned on/off utilizing this android application. Additionally just the clients who know the secret key can control the lights. Number of lights which can>